Design: Due to its modular design, the model CPC6000 pneumatic precision pressure controller offers the maximum flexibility in terms of configuration to customers’ requirements.

The instrument can be specified as a bench-top or as 19" rack-mount device, and is available with up to two separate channels.

Each channel has its own controller unit and up to two reference pressure sensors, which can be quickly changed at any time and without the need for tools.

Application: Since up to four sensors can be integrated into the controller, the user is always offered an optimal calibration solution, even over a very wide pressure range.

Moreover, the two separate controller units enable either two simultaneous calibrations or a true differential pressure calibration for static pressures, via the delta-function (channel A-B and/or channel B-A).

As a result, the controller is especially suitable as a factory/working standard for the testing and calibration of all types of pressure measuring instrument.

Functionality: A colour touch-screen, combined with a very user-friendly menu, guarantees maximum operator convenience, and all this is available in a large number of languages.

In addition to specifying a certain pressure setpoint either by entering it via touch-screen or sending it via remote interface, the pressure can also be changed in defined, programmable step-sizes by using the STEP buttons. Moreover, the user can also easily create extensive test programs using the instrument menu.

Software: WIKA EasyCal calibration and documentation software makes calibrating any type of pressure measuring instrument easy and enables the simple production of calibration certificates; or the customer can create his own test programs for example, with the help of LabVIEW® software.

Complete test and calibration systems: On request, customised mobile or stationary test systems can be engineered.

There is an IEEE-488.2, a RS-232 and an ethernet interface for communication with other instruments, and thus the instrument can be integrated into an existing system.